the cooling rate from the molten liquid to glass 6. Naturally, the formation of glass states strongly depends on their thermal history, i.e. It is known that they are far from the equilibrium states owing to their long relaxation times that cannot be achieved experimentally. Um, and then as they began thio, you know, to go through natural selection in their own habitat.Glass states are generally formed owing to an abrupt increase in their viscosity upon cooling from the liquid states 1, 2, 3, 4, 5. Um, you know, think of a whale is gonna be big and flat, but on the inside, the bones were still there in the same structure, so we can imagine once upon a time we all share this common ancestor. And if we zoomed in on all those and we looked at the skeletal structure of each of these, we would see that the bones air nearly the same. So that's Ah, that's an example that we could see. I guess I'll say versus a human hand versus, um, versus a bat. Um, so if you compare unexamined, I'll that you might see is a whale flipper versus a mouse, Hand her mouth arm. But there would be some similarities with, um so a nice example of where you can see this is in mammal, arms and hands.

Since I'm running out of space, we might be able to look at that tree, and it might not look the same in all of the different organisms. Um, So then we if we had five different critters, five different order will say for different organisms.

So if we tracked a certain trait that if we had a trait, um, let's just say it's hand bones, I'm just gonna put hands or ah, yeah, hands, hands, works. Eso with that homologous structures you can think of as having they're gonna be structures that they share a common ancestor.

So if you were in a test situation, um and you didn't know what homologous sorts of structures were, you might be kind of stuck, because this is pretty much just asking what this word means.

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